arduino

Bluetooth gamepad, mouse and keyboard support for ESP32 and Raspberry Pi PicoW

This project comprises a combination of software and hardware components designed to extract Controller Area Network (CAN) messages and generate practical gadgets. The primary objective is to receive CAN messages from a bus, extract the CAN-ID and Data from them, and subsequently transmit this information over ESPNow. The gadgets serve as ESPNow receivers, responsible for filtering and processing the received CAN-IDs and data to perform specific useful tasks.

ESP-IDF template that has Arduino and Bluepad32 built-in.

The replacement firmware of the Anet original control board for re-purposing it as a Connect 4 robotic player.

Метеостанция портативная (температура, влажность, давление, освещенность)

Proyecto del robot asistente Marysol

A handwired macropad to control my multi-screen setup

ESP32 code for receiving data from helmets via bluetooth

Firmware for embroidery machines and custom stepper motors control.

A place to put standalone little exploratory projects on boards I have bought. Try to include everything needed to work on exploring the board. Things like documentation, data, etc.

A few arduino sketches I made, nothing too fancy

A simple collaborative scheduler for executing several independent pseudo-tasks, all of them with same priority.

ESP32 library for setting WiFi credentials at runtime. In addition it has cutom parameters, logger, and captive portal features. Works on esp-idf as well as on arduino-esp32

ESP8266 based smart clock

El proyecto del LABORATORIO DE SISTEMAS INTEGRADOS DE MANUFACTURA – CIMUBB de la Universidad del Bío-Bío consistió en trabajar en una maqueta de una máquina mezcladora de productos industriales, utilizando Arduino para el control del hardware y software. La maqueta integra motores para el mezclado, sensores de temperatura y nivel, y actuadores, controlados por un Arduino Uno. El software desarrollado en Arduino IDE gestiona el proceso de mezclado automatizado.

The Windsensor WiFi 1000 is an OpenSource project (DIY) to build a wind transducer using homemade 3D printer parts and an ESP8266 microcontroller. Are all parts are OpenSource: 3D-CAD files, electronic circuit, software and documentation.

Bluepad32 library for Arduino NINA-W10 boards